From: firstname.lastname@example.org (Arno Hahma)
Subject: Re: Hexanitrohexaazaisowurtzitane
Date: 15 Dec 1998 09:11:31 GMT
In article <email@example.com>,
Lindsay Hayden Greene <firstname.lastname@example.org> wrote:
>hexanitrohexaazaisowurtzitane. As many of the chemists out there know,
>all that is nessesary for a person to devise syntheses for a substance
>is to have the compound's chemical name.
Well, yes, in theory. If you can tell a _working_ synthetic route for
this one directly from the formula or name, I am truly impressed!
> I have been working frantically at my chem "lab" to think up a
>viable method of synthesis, but so far I have failed.
Somehow, I am not surprised :-). It took me about three months to
get that molecule synthetized, since I first heard its structure.
>hexanitrohexaazaisowurzitane, like its detonation velocity, or
>stability (relative to TNT)?
Vdet is approximately 10000 m/s as pure substance, about 9500 m/s as a
plastic bonded composition. Density is about 2,1 g/cm3. Stability is
about equal to that of octogen, which is better than TNT. Of course,
that only applies, if you have the right polymorphic form - there are
at least 8 different forms and each has different sensitivity, density,
> It looks like Thiokol has hit upon one of the members of the
>next generation of high explosives.
I think the HNIW is just an extension to the family of polynitramines -
it is a homologue to hexogen and octogen. The next generation
explosives are compounds such as N4 and N8. So far, nobody knows a
synthetic route for them, though. The closest ones to them is probably
ammonium dinitramide (NH4N(NO2)2) and ammonium azide.
> Lindsay G.